In this task, you are given Wikipedia articles on a range of topics, we ask you to write a question based on the content of the articles that can be answered in a binary manner i.e. True or False.

[EX Q]: Drop (liquid) -- Scientists traditionally thought that the variation in the size of raindrops was due to collisions on the way down to the ground. In 2009 French researchers succeeded in showing that the distribution of sizes is due to the drops' interaction with air, which deforms larger drops and causes them to fragment into smaller drops, effectively limiting the largest raindrops to about 6 mm diameter. However, drops up to 10 mm (equivalent in volume to a sphere of radius 4.5 mm) are theoretically stable and could be levitated in a wind tunnel. The largest recorded raindrop was 8.8 mm in diameter, located at the base of a cumulus congestus cloud in the vicinity of Kwajalein Atoll in July 1999. A raindrop of identical size was detected over northern Brazil in September 1995.
[EX A]: is every drop of water the same size

[EX Q]: Game Boy Advance -- Backward compatibility for Game Boy and Game Boy Color games is provided by a custom 4.194/8.388 MHz Z80-based coprocessor (Game Boy Advance software can use the audio tone generators to supplement the primary sound system), while a link port at the top of the unit allows it to be connected to other devices using a Game Link cable or GameCube link cable. When playing Game Boy or Game Boy Color games on the Game Boy Advance, the L and R buttons can be used to toggle between a stretched widescreen format (240×144) and the original screen ratio of the Game Boy (160×144). Game Boy games can be played using the same selectable color palettes as on the Game Boy Color. Every Nintendo handheld system following the release of the Game Boy Advance SP has included a built-in light and rechargeable battery.
[EX A]: can game boy advance play game boy games

[EX Q]: Solenoid -- An intuitive argument can also be used to show that the flux density outside the solenoid is actually zero. Magnetic field lines only exist as loops, they cannot diverge from or converge to a point like electric field lines can (see Gauss's law for magnetism). The magnetic field lines follow the longitudinal path of the solenoid inside, so they must go in the opposite direction outside of the solenoid so that the lines can form a loop. However, the volume outside the solenoid is much greater than the volume inside, so the density of magnetic field lines outside is greatly reduced. Now recall that the field outside is constant. In order for the total number of field lines to be conserved, the field outside must go to zero as the solenoid gets longer.
[EX A]:
is there a magnetic field outside a solenoid

